Overview

This document provides technical specifications and static load data for standard double H beam girder cranes equipped with electrical wire rope hoists. The cranes are categorized by lifting capacity, with detailed parameters for capacities up to 10 tons and above 10 tons.

1. Crane Types and Capacity Ranges

• Capacity ≤ 10 Tons: Standard double H beam girder cranes with electrical wire rope hoists, model BPS1.
• Capacity > 10 Tons: Standard double H beam girder cranes with electrical wire rope hoists, model BPS3P.

2. Key Parameters and Definitions

The document lists numerous technical parameters, including:

• Capacity (t): Maximum lifting load in tons.
• Span (S): Distance between crane supports in meters.
• Lifting Height (HL): Maximum vertical lift height in meters.
• Lifting Speed (VL): Speed of lifting in meters per minute.
• Power (Pkw): Motor power in kilowatts.
• Headroom (HP): Vertical clearance required for crane operation.
• Total Heights (SP, T, G2): Various height measurements including beam and trolley heights.
• Approach Dimensions (AD1, AD2): Distances for crane approach on power supply and opposite sides.
• Minimum Free Width (G1): Minimum clearance width for crane operation.
• Static Loads (RVMaxi, RVMini, RT, RH): Maximum and minimum vertical reactions, transverse and horizontal forces due to crab motion and braking.
• Deadweight (kg): Crane weight without load.

3. Data Tables Summary

Tables provide detailed dimensional and load data for various crane capacities and configurations. Key insights include:

• For capacities ≤ 10 tons, spans are typically 6 meters with lifting heights ranging from 4.3 to 10 meters.
• Power ratings vary from 0.4 kW to 1.6 kW depending on capacity and lifting speed.
• Static load reactions (vertical, transverse, horizontal) increase with capacity and lifting height.
• Deadweight ranges from approximately 2,275 kg to over 6,900 kg depending on crane size and capacity.
• For capacities > 10 tons, spans remain at 6 meters with lifting heights from 4.25 to 14.4 meters.
• Power requirements increase up to 2 kW for higher capacities.
• Static load reactions and deadweight increase significantly, with deadweights reaching over 8,200 kg for the largest models.

4. Notes and Disclaimers

The data provided are indicative and not contractual. ADC reserves the right to modify crane characteristics without prior notice. Users should verify specific requirements and confirm data before application.

5. Abbreviations and Terminology

The document includes a glossary of abbreviations for technical terms, such as:

• Force (Force): Load force.
• Portée (P): Span.
• Hauteur de Levage (HL): Lifting height.
• Vitesses de Levage (VL): Lifting speeds.
• Puissance (Pkw): Power.
• Hauteur perdue (HP): Lost height or headroom.
• Réactions verticales (RVMaxi, RVMini): Maximum and minimum vertical reactions.
• Réactions transversales et horizontales (RT, RH): Transverse and horizontal reactions due to crab motion and braking.

6. Critical Information for Design and Installation

• Ensure sufficient headroom and clearance based on specified dimensions.
• Account for maximum static loads in structural design to guarantee safety and performance.
• Verify power requirements to match motor specifications.
• Consider approach dimensions for crane installation and building integration.
• Note that lifting speeds and heights affect load reactions and crane weight.

Summary

This technical document serves as a reference for selecting and specifying standard double H beam girder cranes with electrical wire rope hoists for capacities up to and above 10 tons. It provides essential dimensional data, load reactions, power requirements, and weight information necessary for design, installation, and safe operation. Users must consider the non-contractual nature of the data and consult ADC for final specifications.